Daylila

Information Technology · Sunday, 16 August 2026

01 · Briefing · what happened

AI's cheapest model gets four times dearer today, and Google halves its own

Information Technology 6 min 25 sources

DeepSeek's price rise lands today while Google's newest model runs at half price into January. The promotional era of cheap AI is ending, unevenly.

$3.96

DeepSeek's peak price per million output tokens

up from $0.87, effective today

70%

of Alphabet's quarterly profit

came from stakes in other companies, not its own trade

$129bn

business spending on cloud in one quarter

up 35% on a year earlier

1.6m

RingCentral customers exposed

the break-in began with a phone call to one employee

At a glance

  • DeepSeek's flagship model costs more than four times more from today, and now charges different rates at busy and quiet hours.
  • Google went the other way, pricing its new Gemini 3.7 Flash at half rate until 1 January, when it doubles.
  • Google is selling fewer retries - each failed attempt by an AI agent is a bill, and cheap models made that bill invisible.
  • Money kept arriving regardless: Databricks at $190bn, Cognition in talks at $40bn, Nvidia lining up $500bn for data centres.
  • Over 70% of Alphabet's quarterly profit came from the rising value of its stakes in other companies, not its own business.
  • A pet-feeder outage left animals unfed and the feeding records unrecoverable, so owners could not tell whether food was dispensed.
  • AIG began selling insurance that pays out automatically when cloud downtime crosses a set trigger.
  • A judge gave Google one week to stop making rival app stores hard to find in the Play Store.

Forces in play

Cost of running AI Building

DeepSeek quadruples today and Google's half-price offer expires in January; the promotional era is closing

Money still flowing High

Databricks at $190bn, Cognition at $40bn, Nvidia lining up $500bn for data centres

Dependence on the middle High

one company's servers went quiet and pets went unfed; insurers now sell cover for cloud downtime

Cheaper models to run yourself Easing

Nvidia released a free model small enough for a single laptop chip, which needs no one's servers

In play DeepSeek — ends its cheap pricing today and starts charging by time of day Google — undercuts on price for four months, then doubles Petlibro — outage left feeders unresponsive and the records of it unrecoverable AIG — began selling automatic payouts for cloud downtime Judge James Donato — gave Google one week to make rival app stores easy to find

How it unfolded

  1. Tuesday Petlibro's servers stop answering; scheduled feeds are missed
  2. Thursday Google launches Gemini 3.7 Flash at half price; AIG launches cloud-outage cover
  3. Friday A judge gives Google one week on the Play Store; 1.6m RingCentral records are dumped
  4. Today DeepSeek's fourfold price rise takes effect

Where this points

Watch whether Google's January price doubling holds when it arrives - if the introductory rates keep getting extended, the cheap era is being propped up rather than ended.

Full briefing

Two prices move in opposite directions

From today, the model that made cheap AI famous costs more than four times what it did yesterday. DeepSeek’s V4 Pro rises from $0.87 to $3.96 per million output tokens at peak hours [1]. Tokens are the chunks of text a model reads and writes. A million output tokens is roughly 700,000 words, so this is the price of the machine’s writing, not your reading.

Off-peak, the same model costs $1.98 [1]. The lighter V4 Flash goes from $0.28 to $1.32 at peak, $0.66 off-peak [1]. DeepSeek said the peak and off-peak split lets it “allocate resources more reasonably” [1]. That is rationing by the clock, the way electricity is priced. It is also an admission. The low prices were always a promotion, due to expire on 31 May, made permanent in May, and now reversed anyway [1].

DeepSeek is still cheap by comparison. Moonshot’s Kimi K3 charges $15 per million output tokens and OpenAI’s most advanced model $30 [1]. But everyone who built a product on the assumption that Chinese models stay near-free just had their cost base move under them.

Google moved the other way. Gemini 3.7 Flash arrived three weeks after 3.6 Flash, at $0.75 per million input tokens and $3.75 output [2]. That is an introductory rate. On 1 January 2027 it doubles, to $1.50 and $7.50 [2]. So both companies are doing the same thing on different timetables: an introductory price, then the real one.

What Google is selling is worth naming, because it is the quiet cost nobody prices. The pitch for 3.7 Flash is fewer retries and less manual supervision [2]. On Google’s own benchmarks it scores 43.6% on a production-code test, up from 34.4%, and 65.3% on a long-horizon software task, up from 49.0% [2]. Those are the company’s numbers, not an independent lab’s, and the picture is mixed elsewhere: on one terminal benchmark it trails a rival, 85.8% to 87.4% [2]. But the direction is clear. When an agent, meaning software that carries out a multi-step task on its own, gets something wrong, it tries again. Every retry is another bill. Cheap models made retries feel free. They are not free any more.

Nvidia pushed from the opposite end, releasing Nemotron 3.5 Lightning, a free model small enough to run on a single graphics chip in a laptop [3]. Its logic is plain. “Free AI should be great for chips,” Jensen Huang said [3].

The money arrives anyway

Databricks closed $5 billion at a $190 billion valuation [4]. Its chief executive Ali Ghodsi says the company wanted $1 billion and found $15 billion of interest [4]. It is running at $7 billion of annualised revenue, growing 80%, and is cash-flow positive [4]. It has still raised $20 billion in 20 months, because, in his words, AI is expensive [4].

Cognition, which makes the coding agent Devin, is in talks at $40 billion, three months after raising $1 billion at $26 billion [5]. Lovable raised $400 million at $13.3 billion [6]. CodeRabbit, which reviews code, was valued at $1.5 billion [7]. Thrive Holdings raised $2 billion to buy accounting and IT firms and put AI inside them; OpenAI owns a stake and lends it staff [8]. Anthropic’s finance chief is holding early meetings with investors before a possible listing, with no valuation discussed yet [9]. Nvidia signed up six Wall Street firms to raise more than $500 billion for data centres, with an option to backstop up to $125 billion of it itself [10].

Two people counted where that money comes from. More than 70% of Alphabet’s net quarterly income came from the rising value of its stakes in other companies, mostly SpaceX [11]. About 65% of Amazon’s came from its stake in Anthropic [11]. “It’s circular,” said the researcher who ran the numbers, Matt King [11]. The investor Steve Eisman put a figure on the concentration. OpenAI and Anthropic account for roughly 70% of AI-related revenue at Microsoft, Amazon, Google and Oracle, and a quarter to a third of their cloud revenue [12].

When the thing in the middle goes quiet

On Tuesday morning, Petlibro’s servers stopped answering, and cats and dogs went unfed [13][14]. The company makes feeders that dispense food on a schedule. Its chief executive said the outage was about how the app talks to the devices through its servers [13].

The company’s position is that schedules are stored on the feeder itself and run without any internet command [13]. Owners reported otherwise: some feeders missed every meal, some missed a few, some ran late [13][14]. The “Feed Now” button, which does need the servers, stopped working [13][14]. And the status page carries the sentence that matters most. Some records from the outage “may not be recoverable”, including feeding records [13]. An owner away from home could not press the button, and could not look up whether the cat had eaten.

The business version ran the same week. LexisNexis pulled three services offline after unusual activity on servers run by an outside supplier [15]. One customer said they would seek compensation, noting that firms pay tens of thousands of pounds a year and serve their own clients off it [15].

Insurance has now caught up. AIG launched cover that pays out automatically when cloud downtime crosses a preset trigger, built with a firm that monitors more than 750 data centres and 9,000 software providers [16]. That is how a risk becomes official: someone starts selling protection against it. Global business spending on cloud infrastructure hit $129 billion in the first quarter alone, up 35% on a year earlier [16].

The courts move on the platforms

Google began letting rival app stores be downloaded from the Play Store this month, under a 2023 antitrust loss to Epic [17][18]. Judge James Donato looked at how it did it and gave the company one week to fix what he called anticompetitive friction [17]. Searching Play for “app store” or “aptoide”, the first rival store, did not return it, and the button said “view” rather than “install” [17]. “That is not acceptable,” Donato said [17].

Meta lost its attempt to stop a separate case reaching a jury. An appeals court ruled 3-0 that the law shielding platforms from liability for user content is a defence at trial, not a blanket immunity from being sued [19]. Meta’s own filing put the states’ damages claims above $1.4 trillion, and the trial was due to start on 19 August [19].

The break-ins started with a phone call

Attackers dumped 1.6 million RingCentral customers’ email addresses, names, addresses and phone numbers online after the company refused to pay [20]. The gang says it got in by ringing an employee and talking them out of their password [20].

A quieter one reached further. Poisoned versions of a widely used AI development tool scraped credentials out of 2,500 organisations during a 40-minute window in March, including Microsoft, Amazon, Cisco, Samsung and Salesforce [21]. Researchers found them inside a 195-terabyte file [21]. Microsoft’s monthly patch round carried 421 flaws, one of which North Korean attackers had been exploiting since early June [22].

Elsewhere

Accel closed a $550 million India fund in weeks, 19 months after the last one and with more than half of that still unspent [23]. Linus Torvalds says oversized Linux updates are now normal, driven by fixes from AI review tools he is not thrilled about [24]. And X published the ranking code behind its main feed, along with a tool letting users see whether their own posts have been held back [25].

02 · Lesson · why it matters

Exactly once is a promise no network can keep

When a reply never comes back, nothing can tell you whether the thing happened or the confirmation got lost.

How it works

  1. One machine asks another to do something
  2. The reply never arrives
  3. The asker cannot tell if it happened or the confirmation was lost
  4. So it either tries again, risking twice, or stops, risking never
  5. The fix is not better delivery but a named request
  6. The same name arriving twice returns the first answer instead of acting again

The twist

Exactly once is not something a network can promise - so the only real fix is to make the action safe to repeat, not to try harder to deliver it.

Where you've seen this

Card payments

a payment that times out is either taken or not, and a careless retry charges you twice

Sending an email

you press send, the wheel spins, and you cannot tell whether it went until you check the sent folder

Ordering at a busy bar

you shout the order again over the noise and end up with two drinks

AI agents doing tasks

a tool call that hangs gets retried, and the booking is made twice

The catch

Naming a request only works if both sides agree on the name and remember it - and memory of what has already been done is itself something that can be lost.

Full lesson

The button that told you nothing

Somewhere this week, a person was away from home, tapping a button in an app to feed a cat. The button did nothing. No error, no confirmation, no food showing in the log. The company later said some records from those hours may never be recovered.

Sit with what that person actually faced. They did not know whether the cat had eaten. They could not find out. And they had one decision in front of them: press again, or don’t.

Two situations that look identical from outside

The app sent a command to a server, the server was meant to send one to the feeder, and something in that chain went quiet. Now there are two possible worlds.

In the first, the command never landed. The bowl is empty.

In the second, the command landed, the food dropped, and the message saying so got lost on the way back.

From where the owner sits, these two worlds are the same picture. Same blank screen, same silence. This is not a bug anyone forgot to fix. It is what happens whenever one machine asks another to do something over a connection neither of them owns. Silence means one of two things and never says which.

So you choose which way to be wrong

Because the ambiguity cannot be removed, a system gets exactly two honest options.

It can try again. Then the thing definitely happens, and it might happen twice. The cat gets a second breakfast. The card gets charged twice.

Or it can not try again. Then the thing definitely happens no more than once, and it might not happen at all. The cat goes hungry.

That is the whole menu. Engineers call these at-least-once and at-most-once, and there is no third item. “Exactly once” is what everybody wants and nobody can deliver. Delivering it would mean knowing which of the two worlds you are in, and that is the one thing the silence refuses to say.

The fix is not better delivery

The way real systems survive this is to stop trying to solve the wrong problem. You cannot make the message arrive reliably enough. What you can do is make the action safe to do twice.

Give the request a name before you send it. Not “feed the cat” but “feed the cat, seven o’clock Tuesday, request number 4471”. Then the receiving side keeps a list of names it has already acted on. If that name shows up again, it does not dispense more food. It replies with the answer it gave the first time.

Now the ambiguity is still there, and it no longer matters. You can retry as often as you like. The action happened once because the name was used once.

This is why your bank gives you a reference number. It is why a payment that times out and gets retried does not charge you twice when it is built properly, and why it sometimes does when it is not. The difference between those two experiences is not luck or a better connection. It is whether somebody decided the request needed a name.

Where the ambiguity gets pushed

Someone chose where the uncertainty lands. A feeder can hold its own schedule and run without asking anyone. Routing the command through a company’s servers is a design decision, and it moves the not-knowing from the machine, which could have kept a record, to the person, who cannot. When the company then says the records may be unrecoverable, the last place that could have settled the question has closed.

The same shape is being sold three ways this month, and it is worth seeing them as one thing. A model company advertising fewer retries is advertising a smaller dose of this problem. Software agents that carry out tasks alone hit it constantly, and every retry now costs real money at the new prices. An insurer selling automatic payouts for downtime has simply put a price on the fact that when the middle goes quiet, nobody can tell you what happened.

The record is held by someone else

Most of us meet this daily and never name it. The spinning wheel on a payment page. The message that may or may not have sent. The order confirmation that never arrived, and the choice to order again or wait. Each time, the question of what actually happened is answerable only by whoever built the system, from records they own and may not keep.

Nobody in that chain has certainty. The engineers do not have it either. They only get to choose which way to be uncertain, and who carries it.

03 · Lab · your turn

The Silent Button

Rehearse the choice when a reply never comes back, and feel why naming a request is the only fix.

04 · Hope · carry this

Almost nothing we depend on can promise it arrived. People built a working world on top of that anyway, one carefully named request at a time.

Across the beats